KORG MONOPOLY POLYSIX MS-20 User Manual

Page 9

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Setup

9

If audio interface is not installed, you will only be able to select “

Built-in audio

controller

.”

2

Specify the audio output.

Windows

• If you selected ASIO in “Driver type”

This will be unavailable and cannot be selected if an ASIO driver is not installed in
your computer.

“Driver”

Select the driver (device) you will use.

“Sampling Rate”

Select the sampling rate you will use. The choices for “Sampling rate” will depend
on the device you select for “Driver.”

“Out Channel”

Select the output channels. This setting will always be a pair such as 1-2 or 3-4. The
choices will depend on the device you select for “Driver.”

Note:

Only for the MS-20’s audio settings, “Input Channels” will appear in the

screen, allowing you to specify audio channels for input. This will always be a pair
of channels, such as 1–2 or 3–4. The available settings will depend on the device
you selected for “Driver.”

“Clock Source”

Select the audio clock source that you will use. The choices will depend on the
device you select for “Driver.”

“ASIO Control Panel”

Click this to open the ASIO driver settings panel.
The contents and operation in this panel will depend on the driver you are using.
For details, refer to the owner’s manual for your audio interface.

• If you select DirectSound or MME as the “Driver type”

“In Driver”

Select the driver (device) you will use.

In some cases, the same driver may appear more than once. Select one of them.

“Bit/Smpl Rate/Ch”

Select the audio format you will use. The choices will depend on the device you
select for “Input driver.”

“Buffer Size”

Specify the number of audio processing buffers. Higher settings will make opera-
tion more stable, but latency will be higher. Latency is the time from when the
computer receives a note-on message until sound is produced. Latency is deter-
mined by “the number of samples” x “the number of buffers.” You should set the
buffer size and the sample size in a way that minimizes latency while preserving
stable operation.

S

etup

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